Contact us:

Torsion springs
Torsion springs from PIERON are the ideal solution when defined torques need to be generated or controlled within tight installation spaces. We develop customized torsion springs tailored to your specific technical requirements—through the precise selection of materials, wire diameters, and geometries. Our manufacturing process ensures minimal tolerances and maximum precision – for reliable use in high-precision systems. Automated packaging solutions help our customers achieve their ambitious productivity goals.
Specialties
- Small torque tolerances
- Torsion springs with max. 2 windings (toggle springs)
- All feasible deflections
- Model production on short notice
Areas of application
- Automotive for engines and transmission systems
- Locking systems
- Drive technology
- Various switches
Dimensions range
- Wire diameter: 0.3 – 4.5 mm spring-hard
- Wire diameter: 0.3 – 7.0 mm soft
- Wire profiles other than round profiles available on request
Material
- All spring material and quality steels with low rigidities
Surface coating
- Spring steel wires with common industry coating
- Later surface coating available on agreement
Let's make a difference together!
You have not found your product and are looking for a partner who thinks big together with you? Our experienced engineers help you with your project. Simply make an appointment for consultation!
PIERON Torsion Springs – FAQ
A torsion spring is a mechanical spring made from coiled wire, designed to to store and transmit torque. It is commonly used in applications where a restoring force or controlled rotational movement is required. Torsion springs can be loaded in both closing and opening directions and are available in various shapes. These include, for example, leg springs and double leg springs.
The functioning of a torsion spring is based on the twisting of its wire. When loaded, the spring stores energy,, which is released again when unloaded. The spring’s legs transmit torque to adjacent components. At PIERON, we optimize this functionality through precise engineering, CNC-accurate coiling, and customized designs to ensure maximum performance across various load conditions and application profiles.
At PIERON, torsion springs are manufactured in several steps. PIERON uses high-quality materials such as spring steel, stainless steel, and special alloys, depending on the area of application and requirements for corrosion resistance or strength. CNC-controlled machines wind the wire with high precision, whereby different dimensions from very small to large wire diameters can be processedto meet a wide variety of customer requirements. Optimized heat processes reduce tension to guarantee durability and reliable restoring forces. PIERON offers various surface coatings, such as galvanizing, phosphating, powder coating, or custom paint finishes to increase corrosion resistance and wear resistance. Each spring is tested for functionality and quality to ensure compliance with the highest quality standards and to meet customer requirements.
In addition to standard solutions, PIERON also manufactures complex custom-designed solutions tailored precisely to specific customer requirements. These include, for example, torsion springs with variable coil diameters or combined leg configurations. State-of-the-art manufacturing techniques and rigorous quality control processes enable us to cover a wide range of wire diameters and a wide variety of spring diameters. This allows us to produce both very small, delicate torsion springs and robust industrial-grade solutions. The selection of high-quality and specialized materials, including corrosion-resistant stainless steels and advanced alloys, ensures reliable performance even in demanding environments. PIERON is committed to continuous research and development, combining traditional engineering expertise with modern technologies to deliver innovative solutions that meet the latest technical standards.
- Automotive
- Electrical and electronics industry
- Sports and recreation industry
- Furniture industry





